If You Are Looking to Become Expert in "Fabrication Layout Development or Flat Pattern Layout Development", Then take action to Gain Your Knowledge in Fabrication Layout or Flat Pattern Layout Development of All Fabrication Shapes to become expert even if you are fresher or working professional in the field of Fabrication of Process Equipment, Sheet Metal, Insulation and Ducting Industry.
Become Flat Pattern or Fabrication Layout Development Expert in Just Rs. 999 Only
This Unique 70 Days " Master In Fabrication Layout " Course will Turn you to Become Expert in Flat Pattern Fabrication Layout Development of All Shapes used in Process Equipment Fabrication, Sheet Metal Fabrication, Ducting Fabrication and Insulation Industry even if you just starting your career in the Field of Fabrication.
Benefits of This Course :
- Unique 70 Days Video Course on Fabrication Layout Development
- Lifetime Access to Video Course.
- Pre-Recorded Video Content.
- Learn at Anytime Anywhere.
- Learn on any Device.
- Value for Money
- Instant Support to any Query.
About Us:
Let’sFab is Team of Working Professionals in the Field of Fabrication. We are Continuously Working To Digitize Fabrication Techniques. We had Developed many Digital Product such as eBooks, Video Courses, Excel Utilities, Android Mobile Applications, iOS Mobile Applications and Software that can be used in daily activity of fabrication Engineer with simple, efficient and faster way.
Syllabus of This Course:
- Introduction to Fabrication Layout Development or Flat Pattern Layout Development Concepts and Overview of Course Structure.
- Pipe or Shell Flat Pattern Fabrication Layout Development by using Marking or Geometrical Method.
- Pipe or Shell Flat Pattern Fabrication Layout Development by using Numerical Calculation Method.
- Practical Example Solution for Pipe or Shell Fabrication Layout.
- Truncated Pipe Flat Pattern Fabrication Layout Development by using Marking or Geometrical Method.
- Truncated Pipe Flat Pattern Fabrication Layout Development by using Numerical Calculation Method.
- Practical Example Solution for Truncated Pipe Flat Pattern Fabrication Layout.
- Pipe to Pipe Intersection with Equal Diameters Flat Pattern Fabrication Layout Development by using Marking or Geometrical Method.
- Pipe to Pipe Intersection with Equal Diameters Flat Pattern Fabrication Layout Development by using Numerical Calculation Method.
- Practical Example Solution for Pipe to Pipe Intersection with Equal Diameters.
- Pipe to Pipe Intersection with Unequal Diameters Flat Pattern Fabrication Layout Development by using Marking or Geometrical Method.
- Pipe to Pipe Intersection with Unequal Diameters Flat Pattern Fabrication Layout Development by using Numerical Calculation Method.
- Practical Example Solution for Pipe to Pipe Intersection with Unequal Diameters.
- Pipe to Pipe Intersection with Offset Centers Flat Pattern Fabrication Layout Development by using Marking or Geometrical Method.
- Pipe to Pipe Intersection with Offset Centers Flat Pattern Fabrication Layout Development by using Numerical Calculation Method.
- Practical Example Solution for Pipe to Pipe Intersection with Offset Centers.
- Pipe to Cone Intersection Perpendicular to Axis Flat Pattern Fabrication Layout Development by using Marking or Geometrical Method.
- Pipe to Cone Intersection Perpendicular to Axis Flat Pattern Fabrication Layout Development by using Numerical Calculation Method.
- Practical Example Solution for Pipe to Cone Intersection Perpendicular to Axis.
- Pipe to Cone Intersection Parallel to Axis Flat Pattern Fabrication Layout Development by using Marking or Geometrical Method.
- Pipe to Cone Intersection Parallel to Axis Flat Pattern Fabrication Layout Development by using Numerical Calculation Method.
- Practical Example Solution for Pipe to Cone Intersection Parallel to Axis.
- Full Cone Flat Pattern Fabrication Layout Development by using Marking or Geometrical Method.
- Full Cone Flat Pattern Fabrication Layout Development for Cone having only diameter and height is known by using Numerical Calculation Method.
- Full Cone Flat Pattern Fabrication Layout Development for Cone having only diameter and Cone Angle is known by using Numerical Calculation Method.
- Practical Example Solution for Full Cone Layout Development.
- Truncated Cone Flat Pattern Fabrication Layout Development by using Marking or Geometrical Method.
- Truncated Cone Flat Pattern Fabrication Layout Development by using Numerical Calculation Method.
- Practical Example Solution for Truncated Cone Flat Pattern Fabrication Layout.
- Multi Levels Cone Flat Pattern Fabrication Layout Development by using Marking or Geometrical Method.
- Multi Levels Cone Flat Pattern Fabrication Layout Development by using Numerical Calculation Method.
- Practical Example Solution for Multi Levels Cone Flat Pattern Fabrication Layout.
- Eccentric Cone Flat Pattern Fabrication Layout Development by using Marking or Geometrical Method.
- Eccentric Cone Flat Pattern Fabrication Layout Development by using Numerical Calculation Method.
- Practical Example Solution for Eccentric Cone Flat Pattern Fabrication Layout Development.
- Multi Levels Eccentric Cone Flat Pattern Fabrication Layout Development by using Marking or Geometrical Method.
- Multi Levels Eccentric Cone Flat Pattern Fabrication Layout Development by using Numerical Calculation Method.
- Practical Example Solution for Multi Levels Eccentric Cone Flat Pattern Fabrication Layout Development.
- Tori Cone with Knuckle Radius at Large End Flat Pattern Fabrication Layout Development by using Marking or Geometrical Method.
- Tori Cone with Knuckle Radius at Large End Flat Pattern Fabrication Layout Development by using Numerical Calculation Method.
- Practical Example Solution for Tori Cone with Knuckle Radius at Large End Flat Pattern Fabrication Layout Development.
- Tori Cone with Knuckle Radius at Both Ends Flat Pattern Fabrication Layout Development by using Marking or Geometrical Method.
- Tori Cone with Knuckle Radius at Both Ends Flat Pattern Fabrication Layout Development by using Numerical Calculation Method.
- Practical Example Solution for Tori Cone with Knuckle Radius at Both Ends Flat Pattern Fabrication Layout Development.
- Square to Round or Rectangular to Round Layout Flat Pattern Fabrication Layout Development by using Marking or Geometrical Method.
- Square to Round or Rectangular to Round Layout Flat Pattern Fabrication Layout Development by using Numerical Calculation Method.
- Practical Example Solution for Square to Round or Rectangular to Round Layout Flat Pattern Fabrication Layout Development.
- Round to Square or Round to Rectangular Layout Flat Pattern Fabrication Layout Development by using Marking or Geometrical Method.
- Round to Square or Round to Rectangular Layout Flat Pattern Fabrication Layout Development by using Numerical Calculation Method.
- Practical Example Solution for Round to Square or Round to Rectangular Layout Flat Pattern Fabrication Layout Development.
- Pyramid Layout Development Flat Pattern Fabrication Layout Development by using Marking or Geometrical Method.
- Pyramid Layout Development Flat Pattern Fabrication Layout Development by using Numerical Calculation Method.
- Practical Example Solution for Pyramid Layout Development Flat Pattern Fabrication Layout Development.
- Truncated Pyramid Flat Pattern Fabrication Layout Development by using Marking or Geometrical Method.
- Truncated Pyramid Flat Pattern Fabrication Layout Development by using Numerical Calculation Method.
- Practical Example Solution for Truncated Pyramid Layout Development.
- Sphere Petal Flat Pattern Fabrication Layout Development by using Marking or Geometrical Method.
- Sphere Petal Type Flat Pattern Fabrication Layout Development by using Numerical Calculation Method.
- Practical Example Solution for Sphere Petal Type Flat Pattern Fabrication Layout Development.
- Dish Ends Petal Type Flat Pattern Fabrication Layout Development by using Marking or Geometrical Method.
- Dish Ends Petal Type Flat Pattern Fabrication Layout Development by using Numerical Calculation Method.
- Practical Example Solution for Dish Ends Petal Type Flat Pattern Fabrication Layout Development.
- Miter Bend Flat Pattern Fabrication Layout Development by using Marking or Geometrical Method.
- Miter Bend Flat Pattern Fabrication Layout Development by using Numerical Calculation Method.
- Practical Example Solution for Miter Bend Flat Pattern Fabrication Layout Development.
- Screw Flight Flat Pattern Fabrication Layout Development by using Numerical Calculation Method.
- Practical Example Solution for Screw Flight Flat Pattern Fabrication Layout Development.
- Digital Tool For Checking Solution of Fabrication Lay-outing Shapes.
- Fabrication Lay-outing Strategies and Material Planning Concept.
- Overview of commonly used software in the field of fabrication layout development.
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🎁Bonus Gift with this course:
Get an eBook of ” Master in Fabrication Layout Development ” at completely free of cost. (Valued at Rs.500)
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